The development of high-performance-conjugated polymer-based gas sensors involves
detailed structural tailoring such that high sensitivities are achieved without compromising the …

… electrolyte sensors are deemed to be excellent performers for high-… We have been looking
at how ammonia sensing has evolved … sensors have a lot to offer high-temperature ammonia …

… In conclusion, we note that this new type of ammonia sensor has attractive features including
NIR laser excitation, complete lack of background luminescence, use of easily accessible …

… Recent developments in chemo-resistive materials allow electrochemical sensing at room
… how ammonia measurements are made and applied, including the need for sensors that are …

… gas detection have been highly demanded since ammonia is both a commonly utilized …
sensing techniques in ammonia detection. The fundamental working principles of the ammonia …

… sensing curves of transistors with ultrathin microstripes for 50 ppm NH 3 gas. After exposure
to ammonia, … exceed those of other electrical ammonia sensors with different active materials …

… In this study we present an optical ammonia sensor based on commercially available … to
fulfill ammonia monitoring functions as demanded in modern fish farms. The ammonia sensitive …

… and after the ammonia exposure. … ammonia sensing in 2d is selective over important
atmospheric interferents, including H 2 O and CO 2 , at 100 C. The selective detection of ammonia …

… Since the evanescent tail has only a small fraction of power, our ammonia sensor was
designed and constructed using a bent U-shape fiber probe to enhance sensitivity. The diameter …

… 20 times higher than that of a recently reported ammonia sensor based on … ammonia content
does not lead to any further reaction. We present a schematic, describing ammonia sensing …